2016 Peugeot Partner 1.6L Diesel · WF66 RTX

This Peugeot Partner has maintained a consistent roadworthiness record over the past five MOT cycles, with all tests passing without defects or advisories between July 2022 and July 2025. The most recent inspection on 2025-07-09 confirms the vehicle remains within legal limits for emissions, braking efficiency, suspension functionality, and structural integrity. There is no evidence of recurring mechanical issues or progressive failures in the available record, suggesting the vehicle has been kept in a stable condition relative to its age and mileage. However, the lack of advisories does not preclude hidden wear—particularly in high-stress components like suspension bushes, brake calipers, or exhaust supports—so a thorough inspection remains essential. The recorded mileage of 72,617 miles over approximately ten years aligns with typical usage patterns for this model, averaging around 7,260 miles annually. There are no significant gaps or spikes in service intervals, and the regular MOT cycle suggests the vehicle has been driven consistently rather than left stationary for extended periods. While this pattern reduces the likelihood of severe neglect, it does not eliminate the need for scrutiny of consumable items such as tyres, brake pads, and wiper blades, which degrade predictably over time. Given the absence of advisories in the MOT history, a buyer should prioritise examining the suspension system for worn or leaking bushes, particularly at the rear where binding or uneven wear is common. The brake system warrants close inspection for uneven disc thickness, glazed or contaminated pads, and binding calipers, as these conditions often develop gradually without immediate MOT failure. Additionally, the underbody should be checked for corrosion around wheel arches, sills, and exhaust components, as rust can compromise structural integrity without always being visible from the exterior. The battery, fluid levels, and exhaust integrity should also be verified, as these are frequently overlooked but critical to long-term reliability.